Abstract: A user equipment assistance information (UAI) negotiation method, for a user equipment (UE) of mobile communication includes receiving a first OtherConfig element of an RRC reconfiguration message comprising a plurality of configuration parameters with SETUP values from a network terminal; sending a first UAI including a first value of a first configuration parameter of the configuration parameters to the network terminal; and receiving a first RRC reconfiguration message corresponding to the first UAI from the network terminal.

Abstract: An apparatus for supplying a deflection power for use in a display and a control method thereof. The apparatus includes a high voltage outputting portion having a first coil connected to a rectifier and a second coil, coupled with the first coil, which outputs an induced voltage, a first switch installed between the rectifier and the first coil, for controlling a power supply, a second switch installed on a path formed from the first switch, the first coil, and the rectifier, for controlling the power supply, and a deflection electric current generator connected in parallel with the second switch, the deflection electric current generator having a series-connected deflection coil and capacitor.

Abstract: A power supply includes an operating power circuit outputting an operating voltage, a standby power circuit outputting a standby voltage, a starting switching circuit having a first remote control receiver for receiving a first remote control signal and supplying a starting power to the standby power circuit in response to the first remote control signal, a controller having a second remote control receiver for receiving a second remote control signal and performing a function corresponding to the second remote control signal, and a feedback circuit processing a control signal to switch the starting switching circuit to either of a standby mode and a power saving mode in response to a power off signal from either of the second remote control receiver and a power switch.

Abstract: An apparatus for supplying a deflection power for use in a display and a control method thereof. The apparatus includes a high voltage outputting portion having a first coil connected to a rectifier and a second coil, coupled with the first coil, which outputs an induced voltage, a first switch installed between the rectifier and the first coil, for controlling a power supply, a second switch installed on a path formed from the first switch, the first coil, and the rectifier, for controlling the power supply, and a deflection electric current generator connected in parallel with the second switch, the deflection electric current generator having a series-connected deflection coil and capacitor.

Abstract: A power supply includes an operating power circuit outputting an operating voltage, a standby power circuit outputting a standby voltage, a starting switching circuit having a first remote control receiver for receiving a first remote control signal and supplying a starting power to the standby power circuit in response to the first remote control signal, a controller having a second remote control receiver for receiving a second remote control signal and performing a funtion corresponding to the second remote control signal, and a feedback circuit processing a control signal to switch the starting switching circuit to either of a standby mode and a power saving mode in response to a power off signal from either of the second remote control receiver and a power switch.

Abstract: A switching power supply comprising an inductance device having one electrode connected to an output terminal of a rectifier, the rectifier rectifying an alternating current voltage, a switching device connected between another electrode of the inductance device and a ground voltage source, a capacitive device having one electrode connected to the other electrode of the inductance device, and a transformer having a primary coil connected to the other electrode of the capacitive device. The inductance device may be a choke coil. The switching device may be a field effect transistor. The capacitive device may be a capacitor. The transformer may include one or two secondary coils.